Self-ordering kiosks drive efficiency, service quality, and revenue in retail and food service

From a niche tool in chain restaurants to a valuable component of modern store concepts, self-ordering kiosks now take on a wide range of tasks in quick-service restaurants, bakeries, supermarkets, and gas stations.

This article explains why self-ordering kiosks are becoming increasingly important for restaurateurs and retailers, how they influence purchasing behavior and processes, and the technological developments behind them.

There are many reasons to deploy self-ordering kiosks, but they follow a clear pattern: increase efficiency, unlock revenue potential, and improve the customer experience at the same time.

Retailers and food service operators hope that self-ordering kiosks will positively influence customer behavior. Some academic studies do point in that direction, although most are limited in scope. The findings highlight both the potential and the limitations of the technology.

The concept of the self-service kiosk is not new. Early systems were designed to automate simple tasks such as information retrieval or displaying digital menus. Technically, however, they were long limited to isolated, locally operated terminals. Content was stored directly on the device, making updates and adjustments complex. The next stage introduced network connectivity, but many solutions remained proprietary, difficult to integrate, and only moderately flexible.

It wasn’t until the current generation that the underlying concept fundamentally changed. Modern kiosk systems are cloud-based, networked, and designed as open platforms. Content can be managed centrally, software updates are deployed remotely, and new features can be rolled out much faster. For retailers, this primarily means lower maintenance effort combined with greater responsiveness to market demands.

A key driver of this evolution is modular architecture both on the software and hardware side. Individual components such as payment, user interface, loyalty integration, or data analytics can be developed, adapted, and expanded independently. This allows systems to be continuously improved during ongoing operations.

The same principle applies to hardware. At its core, a kiosk still consists of familiar base elements: a touchscreen, computing unit, and enclosure. Depending on the use case, printers, scanners, payment terminals, or other peripherals can be added. The result is a flexible system tailored to different in-store requirements.

How these requirements for flexibility and scalability translate into hardware can be seen in the “Polytouch® Swift” kiosk system from Pyramid Computer, according to Anthony Hunckler, Head of Design & Innovation. The solution exemplifies a new generation of modular self-ordering systems that can be adapted to different use cases in food service and retail.

Self-ordering and self-service kiosks offer different advantages depending on the industry. The following overview highlights typical use cases and benefits across retail and food service formats.

Self-service kiosks are an attractive digital extension of brick-and-mortar retail and service. The challenge lies in making the right choice: which functions are truly relevant? How deeply do systems need to be integrated? And how do requirements differ between food service and retail?

A detailed guide shows that the kiosk itself is not the focus – the key is the specific use case, from order entry to self-checkout to digital product consultation.